gubelmann



Aug. 13, 1963 'w. s. GUBELMANN MULTIPLIER-QUOTIENT' REGISTER CONTROL MECHANISMS Onginal Filed Nov. 6, 1950 25 Sheets-Sheet 1 ww m Aug. 13, 1963 w. s. GUBELMANN I 3,100,603

MULTIPLIER-QUOTIENT REGISTER CONTROL MECHANISMS 25 Sheets-Sheet 2 Onginal Filed Nov. 6, 1950 Aug. 13, 1963 w. s. GUBELMANN 5 MULTIPLIER-QUOTIENT REGISTER CONTROL MECHANISMS v Onginal Filed Nov. 6, v1950 '23 Sheets-51199123 IN VEN TOR.

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Aug. 13, 1963 wQs. GUBELMANN MULTIPLIER-QUOTIENT REGISTER CONTROL MECHANISMS 2s Sheets-Sheet 4 orlginal Filed Nov. 6, 1950 INVENTOR.

Aug. 13, 1963 w. s. GU BELMANN 3,100,503

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Aug. 13, 1963 w. s. GUBELMANN MULTIPLIER-QUOTIENT REGISTER CONTROL MECHANISMS Original Filed Nov. 6, 1950 23 Sheets-Sheet 6 r k\\\\\\\\\ T\ v Aug. 13, 1963 W. S. GUBELMANN MULTIPLIER-QUOTIENT REGISTER CONTROL MECHANISMS 2s Sheets-Shae 7 Onginal Filed Nov. 6, 1950 mm m mw v Nm m mw B l I m U INVENTOR.

Aug. 13, 1963 w. s. GUBELMANN 3,100,603

J MULTIPLIER-QUOTIENT REGISTER CONTROL MECHANISMS Onginal Filed Nov. 6, 1950 25 Sheets-Sheet 8 Aug. 13, 1963 I w. s. GUBELMANN 3,100,603

MULTIPLIER-QUOTIENT REGISTER CONTROL MECHANISMS I Onginal Filed Nov. 6, 1950 25 Sheets-Sheet 9 g- 1963 w. s. GUBELMANN 3,100,603

MULTIPLIER-QUOTIENT REGISTER CONTROL MECHANISMS Onginal Filed Nov. 6, 1950 25 Sheets-Sheet 10 FIG. I?)

INVENTOR. 'm y? W Aug. 13, 1963 W. S. GUBELMANN I MULTIPLIER-QUOTIENT REGISTER CONTROL MECHANISMS 2s Sheets-sheath Onginal FiledNov. 6, 1950 Aug. 13, 1963 w. s. GUBELMANN 0 MULTIPLIER-QUOTIENT REGISTER CONTROL MECHANISMS 23 Sheets-Sheet 12 Original Filed Nov. 6, 1950 mmw H MLv K.W W

ATTORNEYS 1 w. s. GUBELMANN MULTIPLIER-QUOTIENT REGISTER CONTROL MECHANISMS Aug. 13, 1963 23 Sheets-Sheet 13 Onginal Filed Nov. 6, 1950 W. S. GUBELMANN Aug 13, 1963 MULTIPLIER-QUOTIENT REGISTER CONTROL MECHANISMS 23 Sheets-Sheet 14 orlginal Filed Nov. 6, 1950 INVENTOR .Aug. 13, 1963 w, s, GUBELMANN 3,100,603

MULTIPLIER- QU OTIENT REGISTER CONTROL MECHANISMS orlginal Filed Nov. 6, 1950 2s Sheets-Sheet 15' MULTIPLIER-QUOTIENT REGISTER CONTROL MECHANISMS Original Filed Nov. 6 1950 Aug. 13, 1963 w. s. GUBELMANN 23 Sheets-Sheet 16 mmdE INVENTOR 1M M,M

ATTORNEYS w. s. GUBELMANN Aug. 13, 1963 MULTIPLIER-QUOTIENT REGISTER CONTROL MECHANISMS 23 Sheets-Sheet 1'7 Onginal Filed Nov. 6, 1950 R O m w m ATTORNEYS Aug. 13, 1963 w. s. GUBELMANN 3,100,603

7 MULTIPLIER-QUOTIENT REGISTER CONTROL MECHANISMS Onginal Filed Nov. 6, 1950 23 Sheets-Sheet 18 w. X g Jfm vamoR ATTORNEYS Aug. 13, 1963 w. s. GUBELMANN MULTIPLIERQUOTIENT REGISTER CONTROL MECHANISMS 25 Sheets-Sheet l9 Onginal Filed Nov. 6, 1950 E: INVENTOR.

w. s. GUBELMANN Aug. 13, 1963 MULTIPLIER-QUOTIENT REGISTER CONTROL MECHANISMS 25 Sheets-Sheet 20 Omginal Filed Nov. 6, 1950 mm wE INVENTOR. 

1. A REGISTER OPERATING MECHANISM FOR A NUMERAL WHEEL OF A REGISTER OF A CYLICALLY OPERABLE COMPUTING MACHINE, COMPRISING A MOTIVATING MEMBER PIVOTED FOR A FIXED EXTENT OF ANGULAR MOVEMENT FROM REST POSITION TO OPERATED POSITION AND BACK AGAIN TO REST POSITION DURING EACH CYCLE OF OPERATIONS OF SAID COMPUTING MACHINE, A DIFFERENTIAL ACTUATOR MEANS NORMALLY ENGAGING SAID MOTIVATING MEMBER AND BEING RESILIENTLY BIASED TO MOVE FOLLOWINGLY TOGETHER WITH SAID MOTIVATING MEMBER FROM REST POSITION DIFFERENT EXTENTS CORRESPONDING TO DIFFERENT NUMBERS FOR ROTATING SAID NUMERAL WHEEL ACCORDINGLY, SAID ACTUATOR MEANS COMPRISING FIRST AND SECOND LEVERS MOUNTED COAXIALLY WITH SAID MOTIVATING MEMBER, SAID ACTUATOR MEANS COMPRISING WHEEL ROTATING MEANS CONNECTED TO AND MOVABLE BY SAID FIRST LEVER AND ENGAGEABLE WITH SAID NUMERAL WHEEL FOR EFFECTING SAID ROTATION OF SAID NUMERAL WHEEL UPON MOVEMENT OF SAID FIRST LEVER FROM REST POSITION AND DIFFERENTIAL STOP MEANS CONNECTED TO SAID FIRST LEVER FOR MOVEMENT THEREWITH AND FOR DIFFERENTIALLY LIMITING THE MOVEMENT OF SAID FIRST LEVER IN ACCORDANCE WITH DIFFERENT RELATED NUMBER VALUES AND UNDER CONTROL OF SAID COMPUTING MACHINE, SAID SECOND LEVER COMPRISING LUG MEANS MOVABLE THEREWITH AND EXTENDING INTO THE PATHS OF SAID FIRST LEVER AND SAID MOTIVATING MEMBER FOR NORMALLY FOLLOWINGLY CONTACTING SAID FIRST LEVER AND SAID MOTIVATING MEMBER AS SAID MOTIVATING MEMBER MOVES TO OPERATED POSITION, A FIRST SPRING CONNECTED WITH SAID FIRST AND SECOND LEVERS FOR BIASING SAID SECOND LEVER TO ROTATE TOGETHER WITH SAID FIRST LEVER FROM REST POSITION, AND AN ANCHORED SECOND SPRING CONNECTED WITH SAID FIRST LEVER FOR MOVING SAID FIRST AND SECOND LEVERS FOLLOWINGLY TOGETHER WITH SAID MOTIVATING MEMBER WHEN SAID MOTIVATING MEMBER IS ROTATED TO OPERATED POSITION, WHEREBY BREAKAGE IS SUBSTANTIALLY MINIMIZED BY SAID SECOND SPRING, WHEN SAID MOTIVATING MEMBER IS ROTATED TO OPERATED POSITION, AND BY SAID FIRST SPRING WHEN SAID MOTIVATING MEMBER IS ROTATED BACK TO REST POSITION. 